Shaivya Chawla answered this
If by the question you meant to ask about the motion of the snake in the grass, then the answer is that the snake wiggles in the grass.
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Bhupendra answered this
The snake moves very fast because it has a special organ at bottom of it's body which helps him in moving fast.......
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Barnana Mishra answered this
HI BHUPENDRA CAN I SEE YOUR ACTUAL FACE
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Gunjan Gulati answered this
How Do Snakes Move?
On the underside of the snake there are broad scales. These are moved forward in such a way that the rear edge of each scale pushes against something in the ground. When the scales are pushed against these rough and irregular spots in the ground, the whole snake is moved forward. But the really strange thing about the snake's walking is how those scales are made to move and it has a great number of ribs. So the "legs" of the snake are its ribs and the "feet" are the scales.
When the snake wants to make speed, it throws its body into an S-shaped curve, this loop or curve pushes against anything it touches and the snake glides forward swiftly. Oddly enough, in the skeletons of certain snakes like the boas, it can watch traces of hind legs which they lost in the progression of evolution. So, may be at one time snakes did have real legs.
i hope it helps
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Meethi Yadav answered this
"Despite their lack of legs, snakes have several highly efficient methods of locomotion. The most common type of snake movement is called lateral undulation, or serpentine movement. In this style of movement, a snake alternately tightens and relaxes a set of muscles along each side of its body to produce horizontal waves that travel down the body. At the same time, the snake orients itself so that its tail pushes against a resisting force, such as land, water, or tree branches. Moving in this way, some snakes achieve speeds up to 10 km/h (6 mph).
Many tree-climbing snakes, such as tropical American tree boas, make use of concertina, or earthworm, movement. These snakes coil their tails around a tree, then hook their necks into a higher part of the tree and pull the rest of their bodies up behind them. Large snakes, such as pythons, use rectilinear locomotion, in which they extend the scales beneath their bellies into the ground and push against them with their ribs. A dramatic form of snake locomotion is sidewinding, in which a snake makes an arc with the front part of its body and hurls its head forward, so that it travels through the air before touching the sand. The snake then brings the rear part of its body in line with its head before generating another arc. Sidewinding is typically used by several desert-dwelling vipers, including the aptly named sidewinders. "
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